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OBİR.ADANA'LIDIR
OBİR.ADANA'LIDIR
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Wednesday 21 October 2026 17:42:34 GMT
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Japanese scientists have developed an early-stage experimental method that forces cancer cells to manufacture their own toxic, self-destructive compounds. Published in Nature Communications, a research team led by Katsunori Tanaka at the RIKEN Pioneering Research Institute and the Institute of Science Tokyo successfully demonstrated this proof-of-concept in lab-grown human cell cultures. Instead of flooding the body with traditional chemotherapy that damages healthy tissue, this technique essentially tricks the tumor into poisoning itself from the inside out. 🔬 How the Breakthrough Works The mechanism relies on a clever
Japanese scientists have developed an early-stage experimental method that forces cancer cells to manufacture their own toxic, self-destructive compounds. Published in Nature Communications, a research team led by Katsunori Tanaka at the RIKEN Pioneering Research Institute and the Institute of Science Tokyo successfully demonstrated this proof-of-concept in lab-grown human cell cultures. Instead of flooding the body with traditional chemotherapy that damages healthy tissue, this technique essentially tricks the tumor into poisoning itself from the inside out. 🔬 How the Breakthrough Works The mechanism relies on a clever "hijacking" of the tumor’s own natural environment: • The Trigger: Cancer cells naturally produce unusually high amounts of carbon monoxide (CO) compared to healthy cells. • The Delivery: Scientists engineered a tiny delivery tool carrying a palladium-based catalyst, wrapped in a protective blood protein called albumin. The albumin coating keeps the catalyst safe and inactive as it travels. • The Self-Destruction: Once inside the malignant cell, the catalyst reacts directly with the cell's excess carbon monoxide. This specific chemical reaction synthesizes a toxic anti-cancer compound called phenanthridinone right inside the tumor. 📊 Current Status and Limitations While social media headlines have framed this as an immediate cure, the scientists themselves emphasize that the research is in its infancy. Feature Details Tested Cell Lines Successfully generated the reaction in liver, cervical, breast, and lung cancer cells. Selectivity The chemical reaction was up to 9x higher in cancer cells than in healthy, non-cancerous cells. Current Efficacy The researchers characterized the initial cell-killing effect as modest. Next Steps The technique has not yet been tested on animals or humans. Extensive preclinical safety testing is required next. #Science #uk#fyp#trending #NHS
@itstrewleyprecious is ready to DATE in 2026🫦
@itstrewleyprecious is ready to DATE in 2026🫦


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